With the rapid development of nanotechnology and multidisciplinary cross applications and
the limitations of traditional materials, nanomaterials are being introduced for soil …

Seepage-induced internal erosion often happens in earth structures. This paper presents
experimental investigations on the influence of initial fines content on fabric of soils …

Sand–clay mixtures can be encountered in both natural soils (eg, residual soils, clay
deposits and clinosols) and artificial fills. The method of utilising biopolymers in ground …

Nanomaterials are presented in this paper as a novel method of liquefaction mitigation that
overcomes the limitations of traditional mitigation methods. The proposed method is different …

The natural and artificial sand soils always incorporate other small particles, which makes
the soil liquefaction resistance difficult to predict. The particle size may change from 10− 5 m …

Dry and moist tamping methods are widely used for the investigation of sandy soil
liquefaction. However, the effect of these two tamping-based reconstitution methods on …

The mechanical behavior of binary granular mixtures strongly depends on their initial
packing density, stress level, fine content, particle size distribution, mineralogy, and shape …

The effects of nano-silica (NS) and nano-alumina (NA) additions on problematic marl soil in
Tabriz, Iran were investigated. Marl soils constitute the foundations for most projects in …

The paper presents results of an investigation into the effects of fines plasticity on the
undrained monotonic and cyclic response of sands. Monotonic and cyclic triaxial tests on …

The strength and stiffness of soil mixtures vary with regard to the particle composition and
the properties of soil mixtures that critically change when water, which is a component in …